还在为断刀、撞机提心吊胆？｜西格数据“一套硬件”实现双重监控，助力4轴复合加工降本增效！
公司动态 日期：2026/05/25
在高端轴阀类精密制造车间，4轴复合机床（双刀架、双主轴、上下动力头）凭借高刚性、高复合度、高自动化的能力，成为高精度零部件加工的核心装备。然而，这台“复合加工利器”在长期无人化、高节拍的连续生产中，同样面临两道最棘手、最昂贵的风险：
◆ 刀具异常：崩刃、断刀不可预知，一旦发生，工件批量报废、刀具损耗、甚至损伤主轴；
◆ 碰撞风险：自动化上下料过程中，装夹异常、编程失误难以完全杜绝，一次毫秒级碰撞，轻则修机、重则整轴报废。
传统方案下，企业往往被迫“分开采购、分开部署”：一套刀具监控、一套撞机保护，线路繁杂、调试周期长、两套系统互不兼容，反而增加了车间运维负担。
今天，西格数据刀具监控+撞机保护二合一系统解决方案来了，终结了这场“双线作战”。一套硬件，两大核心功能，两周部署，让这台4轴复合机床真正实现“无忧加工”。
一、直击痛点：高精度轴阀加工的“两大心患”
在没有集成化智能感知系统之前，4轴复合机床虽性能出众，但在实际运行中仍面临以下挑战：
❌刀具状态不可知：左右主轴、上下动力头同时参与复杂加工，刀具种类多、换刀频繁。传统方式依赖经验或抽检，无法实时监测每一把刀的磨损与断裂。一旦断刀未被及时发现，后续工序将连续报废多件高价值轴阀产品。
❌碰撞无实时保护：自动化产线中，工件装夹异常、程序坐标偏移偶有发生。传统系统响应速度有限（几十毫秒甚至更慢），而碰撞从发生到损坏往往仅数毫秒。一次意外，主轴维修费用可达数万元，停机损失更加巨大。
这两重风险，任何一个失控，都会直接冲击交付周期与利润。
二、智能破局：SIGER二合一系统为复合机床装上“智能感知守护双核”
西格数据TMS+TCS二合一解决方案，基于高精度功率监测、振动监测两大感知维度，通过多通道独立实时采集，边缘计算单元与AI算法深度融合，将刀具监控与碰撞保护集成于同一套硬件平台：
✅TMS刀具监控系统 ：“多通道独立哨兵”，系统为左主轴、右主轴、上动力头、下动力头分别配置独立的数据采集单元，四路并行、互不干扰，实时同步监测各通道的刀具负载与状态。精准识别崩刃、断刀等异常；一旦触发阈值，立即报警或自动换刀提醒，无需人工盯守；实现无人化实时监控，杜绝“用坏为止”的粗放管理；
✅TCS碰撞保护系统 ：0.25毫秒的“主动防护”，基于高精度振动传感器，在碰撞发生的瞬间检测反向冲击阈值，0.25毫秒内触发机床急停。将碰撞损失降至最低；有效保护主轴、刀塔、工件及夹具；尤其适合自动化产线中无法人工干预的场景；
（刀具监控和碰撞保护原理图）
三、超越数据：为客户带来的全景价值
西格数据刀具监控+撞机保护二合一方案的价值，远不止于“防护异常”：
3.1杜绝批量报废：实时刀具监控，断刀后立即停机或提醒换刀，避免后续工序连续加工废品，单次事件可节省数千至上万元材料及返工成本。
3.2降低运维成本：减少因碰撞导致的主轴维修、刀塔更换、刀具损耗，每年每台机床可节省数万元隐性支出。
3.3支撑无人化生产：系统自动监控、自动预警、自动急停，操作员无需时刻值守，夜间“暗灯工厂”运行成为现实。
3.4快速部署，极简上手：2周内完成硬件安装、通道调试与阈值标定，不增加操作复杂度，老员工和新手均能轻松驾驭。
四、广泛验证：赋能高端制造未来
西格数据刀具监控+碰撞保护二合一解决方案，已在汽车零部件、航空航天、精密模具、医疗器械等众多领域的四轴、五轴复合机床上成功应用。
基于一套硬件平台，未来可根据企业需求，平滑升级至NC Max四合一智控系统（TMS刀具监控 + TCS碰撞保护 + AMS自适应加工 + CMS热补偿管理），实现更全面的效率与精度优化。
SIGER刀具监控+碰撞保护二合一系统适配范围：
适用机床类型：加工中心、龙门、数控车床、车铣复合、磨床等多种切削机床；
适用加工方式：车削加工|铣削加工|钻孔|攻丝|齿面加工|曲面等；
如您对西格数据的产品感兴趣，可以拨打电话：189 6235 3927（微信同号），也可以留下您的需求、电话和公司名称，我们会第一时间与您联系。
Still worried about tool breakage and machine collisions? | SIGER Data's "one set of hardware" enables dual monitoring
Helping to reduce costs and increase efficiency in 4-axis composite machining!
Company News Date：2026/05/25
In high-end precision manufacturing workshops for shafts and valves, 4-axis composite machine tools (dual tool post, dual spindles, upper and lower power heads) have become core equipment for high-precision parts machining due to their high rigidity, high degree of integration, and high automation. However, this "composite machining weapon" also faces two of the most challenging and costly risks in long-term unmanned, high-frequency continuous production:
◆ Tool malfunction: Chipping and breakage are unpredictable; once they occur, batch workpieces are scrapped, tools are worn out, and even the spindle is damaged.
◆ Collision risk: During automated loading and unloading processes, clamping anomalies and programming errors are difficult to completely eliminate. A single millisecond-level collision can lead to machine repair or even complete spindle failure.
Under traditional solutions, companies are often forced to "procure and deploy separately": one set of tool monitoring and one set of collision protection. This results in complex wiring, long debugging cycles, and incompatibility between the two systems, increasing the burden on workshop maintenance.
Today, SIGER Data's Tool Monitoring + Collision Protection integrated system solution has arrived, ending this "two-front battle." One set of hardware, two core functions, and two weeks of deployment enable this 4-axis composite machine tool to truly achieve "worry-free processing".
1. Addressing the Pain Points: Two Major Concerns in High-Precision Axial Valve Machining
Before the introduction of integrated intelligent sensing systems, while 4-axis composite machine tools boast outstanding performance, they still face the following challenges in actual operation:
❌ Unknown Tool Status: Wear and chipping could only be detected by sound, sparks, or random checks after machining, lacking real-time warnings. The left and right spindles and upper and lower power heads simultaneously participate in complex machining processes, involving numerous tool types and frequent tool changes. Traditional methods rely on experience or spot checks, failing to monitor the wear and breakage of each tool in real time. If a broken tool is not detected promptly, subsequent processes will scrap multiple high-value axial valve products.
❌ Lack of Real-Time Collision Protection: In automated production lines, workpiece clamping anomalies and program coordinate deviations occasionally occur. Traditional systems have limited response speeds (tens of milliseconds or even slower), while the time from collision occurrence to damage is often only a few milliseconds. A single accident can result in spindle repair costs reaching tens of thousands of yuan, with even greater downtime losses.
Both of these risks, if out of control, will directly impact delivery cycles and profits.
2. Intelligent Breakthrough: SIGER Data's Two-in-One System Equips Composite Machine Tools with an "Intelligent Sensing and Protective Dual Core"
SIGER Data's TMS+TCS two-in-one solution, based on high-precision power monitoring and vibration monitoring, integrates tool monitoring and collision protection onto a single hardware platform through multi-channel independent real-time data acquisition and deep integration of edge computing units and AI algorithms:
✅ Tool Monitoring System (TMS)
"Multi-channel independent sentinels",The system is equipped with independent data acquisition units for the left spindle, right spindle, upper power head, and lower power head. These four channels operate in parallel without interference, synchronously monitoring the tool load and status of each channel in real time. It accurately identifies anomalies such as chipping and breakage; once a threshold is triggered, it immediately alarms or automatically prompts for tool change, eliminating the need for manual monitoring; achieving unmanned real-time monitoring and eliminating the crude management approach of "use it until it breaks down".
✅ Spindle Collision Protection System (TCS)
"Active protection" within 0.25 milliseconds, Based on high-precision vibration sensors, it detects the reverse impact threshold at the moment of a collision and triggers an emergency stop of the machine tool within 0.25 milliseconds. Minimizes collision damage; effectively protects the spindle, turret, workpiece, and fixture; especially suitable for automated production lines where manual intervention is not possible.
（Tool Monitoring and Collision Protection Principle Diagram）
3. Beyond Data: Holistic Value for Customers
The value of SIGER Data's Tool Monitoring and Collision Protection Solution goes far beyond simply "protecting against anomalies":
3.1 Eliminating Batch Scrap: Real-time tool monitoring immediately stops the machine or alerts the operator to replace the tool after a breakage, preventing continuous processing of scrap in subsequent stages. A single incident can save thousands to tens of thousands of yuan in material and rework costs.
3.2 Reducing Maintenance Costs: Minimizes spindle repairs, turret replacements, and tool wear caused by collisions, saving tens of thousands of yuan in hidden expenses per machine per year.
3.3 Supporting Unmanned Production: The system automatically monitors, provides early warnings, and automatically stops emergency shutdowns. Operators do not need to be on duty at all times, making "lights-out factories" a reality at night.
3.4 Rapid Deployment and Extreme Ease of Use: Hardware installation, channel debugging, and threshold calibration are completed within two weeks, without increasing operational complexity. Both experienced and novice employees can easily operate the system.
4. Extensive Validation: Empowering the Future of High-End Manufacturing
SIGER Data's integrated Tool Monitoring and Collision Protection Solution has been successfully applied to four-axis and five-axis composite machine tools in numerous fields, including automotive parts, aerospace, precision molds, and medical devices.
Based on a single hardware platform, it can be smoothly upgraded to the NC Max four-in-one intelligent control system (Tool Monitoring + Spindle Collision Protection + Adaptive Machining + Thermal Compensation Management) according to enterprise needs, achieving more comprehensive efficiency and accuracy optimization.
SIGER Tool Monitoring and Collision Protection Integrated System Compatibility:
Applicable Machine Tool Types: Machining centers, gantry milling machines, CNC lathes, mill-turn centers, grinding machines, and other cutting machine tools.
Applicable Machining Methods: Turning | Milling | Drilling | Tapping | Gear Surface Machining | Curved Surface Machining, etc.
If you are interested in SIGER products, you can contact us by phone or email, or submit your requirements by leaving a message, and we will arrange personnel to contact you as soon as possible.
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Official Contact Info:
Email: marketing@siger-data.com
WhatsApp: +86 189 6235 3927
WeChat: 189 6235 3927
